Wireless Access Points Price Comparison 2026
Compare 770 wireless access points from HPE, Cisco, Ubiquiti and TP-Link. Find the best price across top UK retailers, from budget PoE units to enterprise Wi-Fi 6 APs.
Wireless access points are the backbone of any serious network deployment — and the market here is anything but simple. With 770 products spanning from a modest 35 £ to a staggering 1,085 £, the gap between a basic wall-plate unit and an enterprise-grade AP is enormous. HPE alone accounts for nearly a third of the catalogue, with an average price well above the median, which tells you something about where the professional market sits. TP-Link and Mikrotik, by contrast, anchor the affordable end, making them the go-to choices for small offices and budget-conscious IT managers.
The most important shift in recent years has been the mainstream arrival of Wi-Fi 6 (802.11ax). Where 802.11ac (Wi-Fi 5) was perfectly adequate for most deployments a few years ago, the density of connected devices in modern offices — laptops, phones, IoT sensors, video conferencing endpoints — means that OFDMA and MU-MIMO, both hallmarks of Wi-Fi 6, are increasingly worth paying for. We've seen a clear bifurcation in the catalogue: sub-89 £ units are almost exclusively Wi-Fi 5 or older, whilst the sweet spot between 89 £ and 160 £ is where Wi-Fi 6 dual-band APs with PoE+ start to appear from brands like Ubiquiti, D-Link, and NETGEAR.
PoE (Power over Ethernet) support is essentially non-negotiable for ceiling or wall-mounted installations. Running a separate power cable to every AP is impractical in most commercial environments, and virtually every mid-range and above unit in this catalogue supports at least PoE+. What varies more than people expect is the management ecosystem: standalone APs are fine for a single location, but if you're deploying more than three or four units, a centralised controller — whether cloud-based like TP-Link's Omada or D-Link's Nuclias, or on-premises — will save you significant time. Ubiquiti's UniFi platform remains a favourite among network engineers for its balance of capability and cost, and it's well represented here.
For outdoor deployments, the picture narrows considerably. IP-rated enclosures, extended temperature tolerance, and pole-mount options are features you'll find in specialist units from network antenna pairings and dedicated outdoor APs — not in standard ceiling-mount hardware. If you're covering a car park, warehouse yard, or campus walkway, budget accordingly. Finally, don't overlook the backhaul: a Wi-Fi 6 AP bottlenecked by a 100 Mbps switch port is a waste of money. Pairing your APs with a capable network switch with PoE support is the sensible approach. For sites needing broader wireless coverage without full AP infrastructure, mesh Wi-Fi systems are worth considering as an alternative.
How to Choose the Right Wireless Access Point
Most buyers get tripped up by headline throughput figures — an AP rated at 3600 Mbps sounds impressive until you realise that's a theoretical aggregate across both bands under ideal conditions. The real questions are about your environment, your device count, and how you plan to manage the kit long-term. Here's what actually matters.
Wi-Fi Standard: Is Wi-Fi 6 Worth It for Your Site?
For new deployments, Wi-Fi 6 (802.11ax) is the right choice in 2026 — full stop. The efficiency gains from OFDMA mean it handles dense device environments far better than Wi-Fi 5, even when individual devices don't fully exploit the higher speeds. That said, if you're extending an existing Wi-Fi 5 network with a single additional AP, a Wi-Fi 5 unit at a lower price point is perfectly reasonable. Wi-Fi 4 (802.11n) units still appear in this catalogue — we'd only recommend them for very low-traffic, legacy environments where budget is the overriding constraint.
PoE Standard and Power Budget
Most APs in this catalogue are PoE-powered, but there's a meaningful difference between PoE (15.4W), PoE+ (30W), and PoE++ (60W or more). High-performance tri-band or outdoor APs with integrated radios and heaters often require PoE+ or PoE++ — check the spec sheet before assuming your existing switch can power them. If your switch only supports standard PoE, you may need a PoE injector or a switch upgrade. Factor this into your total cost of ownership, not just the AP price.
Management Ecosystem: Standalone vs. Centralised Controller
A single AP in a small office can run standalone without issue. The moment you have three or more APs — or multiple sites — a centralised management platform becomes essential for consistent configuration, firmware updates, and troubleshooting. TP-Link Omada and D-Link Nuclias offer cloud-based control with free tiers. Ubiquiti UniFi requires an on-premises controller (hardware or software) but gives you more granular control. Cisco and HPE Aruba are enterprise-grade with licensing costs to match. Don't buy into an ecosystem without understanding the ongoing management overhead and any subscription fees.
Coverage Area vs. AP Density
A common mistake is buying one powerful AP and expecting it to cover an entire floor. In practice, multiple lower-power APs with overlapping coverage outperform a single high-power unit in most office environments — walls, partitions, and interference all degrade signal unpredictably. For a typical open-plan office, plan for one AP per 200–400 m² depending on construction materials. Concrete and metal-framed buildings need more units, not more powerful ones. Outdoor deployments are a different matter: here, transmit power and antenna gain genuinely matter for extending range.
Indoor vs. Outdoor Rating
Outdoor APs must carry an IP65 rating at minimum to withstand UK weather — rain, humidity, and temperature swings from winter to summer. Units without an IP rating will fail quickly when exposed to the elements, regardless of brand. Outdoor APs also typically feature pole-mount brackets and UV-resistant housings. Budget roughly 30–50% more than an equivalent indoor unit for proper outdoor hardware. Don't be tempted to use an indoor AP in a weatherproof box — thermal management and condensation become serious issues.
Backhaul Port Speed
A Wi-Fi 6 AP with a single Gigabit Ethernet uplink is fine for most small deployments, but in high-density environments — conference rooms, lecture theatres, open-plan offices with 50+ concurrent users — a 2.5 GbE or higher uplink prevents the wired backhaul from becoming the bottleneck. Several mid-range units in this catalogue already include 2.5 GbE ports; it's worth checking before committing, especially if you're investing in a higher-end AP. Pair with a multi-gigabit switch for full benefit.
- Entry-level and budget deployments (From 35 £ to 89 £) : Mostly Wi-Fi 5 and Wi-Fi 4 units from TP-Link and Mikrotik, plus the occasional NETGEAR or D-Link basic model. Suitable for home offices, small retail units, or extending an existing network with minimal traffic. Management is typically standalone. Don't expect enterprise features or high device density support at this price.
- The sweet spot for SMBs (From 89 £ to 160 £) : This is where the best value lives. Wi-Fi 6 dual-band APs with PoE+ from Ubiquiti, D-Link Nuclias, NETGEAR Insight, and ASUS ExpertWiFi appear here. Centralised cloud management is standard. Ideal for offices of 10–50 users, hospitality venues, and multi-room deployments. The Ubiquiti U7 Lite and NETGEAR WAX610 are strong representatives of this tier.
- Professional and multi-site deployments (From 160 £ to 300 £) : Higher-density Wi-Fi 6 APs with multi-gigabit uplinks, advanced MIMO configurations, and robust management platforms. LANCOM, Cisco, and higher-end Ubiquiti models feature here. Suited to medium enterprises, education, and healthcare environments where reliability and security (WPA3, 802.1X) are non-negotiable. Licensing costs for management software may add to the total.
- Enterprise and carrier-grade (Over 300 £) : HPE Aruba, Cisco, LANCOM Systems, and Extreme Networks dominate this tier. These are purpose-built for large campuses, data centres, and high-density venues. Expect full 802.1X enterprise authentication, advanced RF management, hardware warranties, and professional support contracts. The price reflects the ecosystem, not just the hardware — factor in ongoing licensing and support costs before committing.
Top products
- Ubiquiti U7 Lite 4300 Mbit/s White Power over Ethernet (PoE) (Ubiquiti) : The standout value pick in this catalogue. Wi-Fi 7 hardware at a price that undercuts most Wi-Fi 6 competitors — excellent for SMBs wanting a future-proof UniFi deployment. The trade-off is that UniFi requires a controller, so factor that in if you're new to the ecosystem.
- NETGEAR Insight Cloud Managed WiFi 6 AX1800 Dual Band Access Point (WAX610) 1800 Mbit/s White Power over Ethernet (PoE) (NETGEAR) : A reliable, no-fuss Wi-Fi 6 AP with cloud management included. The AX1800 rating is modest compared to higher-end units, but for a typical SMB deployment it's more than sufficient. NETGEAR's Insight platform is straightforward enough for non-specialist IT staff.
- D-Link DAP-X2850 - Nuclias Connect AX3600 Wi‑Fi 6 Dual‑Band PoE Access Point (D-Link) : One of the stronger Wi-Fi 6 performers in the mid-range. The AX3600 throughput and Nuclias Connect management make it a credible choice for medium-density office deployments. D-Link's UK support is solid, which matters when things go wrong on a live network.
- TP-Link Omada 300Mbps Wireless N Wall-Plate Access Point (TP-Link) : The most affordable entry into the Omada ecosystem. The 300 Mbps Wi-Fi 4 spec is dated, but the wall-plate form factor is genuinely useful for hotel rooms, serviced offices, and retrofit installations where ceiling cabling isn't an option. Don't expect it to handle more than a handful of concurrent users.
- ASUS EBA63 ExpertWiFi AX3000 Dual-band PoE 2402 Mbit/s White Power over Ethernet (PoE) (ASUS) : An underrated option that often gets overlooked in favour of Ubiquiti or TP-Link. The AX3000 Wi-Fi 6 spec is competitive, and ASUS's ExpertWiFi management platform is more polished than its price suggests. A strong outsider pick for SMBs wanting something off the beaten track.
Related categories
Frequently Asked Questions
What is the difference between a wireless access point and a wireless router?
A wireless access point extends an existing wired network by adding Wi-Fi connectivity, whilst a wireless router combines routing, switching, and Wi-Fi in a single device. APs are designed to be deployed in multiples across a site, all connected back to a central switch or router — they don't handle DHCP or NAT themselves. If you're setting up a multi-room or multi-floor network, dedicated APs managed centrally will always outperform a cluster of routers trying to work together.
Do I need a PoE switch to use most access points?
Yes, the vast majority of access points in this catalogue are PoE-powered and have no mains power socket. You'll need either a PoE switch or a standalone PoE injector for each AP. Check the PoE standard required — PoE (802.3af, 15.4W), PoE+ (802.3at, 30W), or PoE++ (802.3bt, 60W+) — as mismatching can result in the AP running in a reduced-power mode or not powering on at all. Budget for your switch infrastructure alongside the APs themselves.
Is Wi-Fi 6 worth the extra cost over Wi-Fi 5 for a small office?
For a new installation, yes — the price gap between Wi-Fi 5 and Wi-Fi 6 APs has narrowed considerably, and the efficiency improvements in dense environments are real. Wi-Fi 6's OFDMA technology handles multiple simultaneous device requests more gracefully, which matters even in a 10-person office where everyone has a laptop, phone, and perhaps a smart display. If you're replacing a single ageing AP and budget is tight, a Wi-Fi 5 unit is still perfectly functional — but for a fresh deployment, Wi-Fi 6 is the sensible long-term investment.
Which brands offer the best value for a small business deployment?
TP-Link Omada and Ubiquiti UniFi offer the strongest combination of performance, features, and price for SMB deployments. TP-Link's Omada ecosystem is particularly accessible — cloud management is free, hardware is affordable, and the range covers everything from wall-plate units to outdoor APs. Ubiquiti UniFi requires slightly more technical confidence but gives you more control and scales well. D-Link Nuclias is a solid alternative if you prefer a more traditional vendor with UK support channels.
What traps should I avoid when buying a cheap access point?
The biggest trap is buying a standalone AP when you actually need centralised management — you'll end up manually logging into each unit for every firmware update or configuration change. A second common mistake is ignoring the PoE power budget: a cheap AP that requires PoE+ connected to a switch that only delivers standard PoE will underperform or fail entirely. Finally, watch out for units with no clear upgrade path or discontinued management software — some budget brands abandon their cloud platforms, leaving hardware stranded. Stick to brands with active ecosystems: TP-Link, Ubiquiti, D-Link, and NETGEAR all have strong ongoing support in the UK market.
Can I use an indoor access point outdoors if I put it in a weatherproof enclosure?
We strongly advise against it. Indoor APs are not designed for the thermal cycling, condensation, and humidity that outdoor environments produce — even inside an enclosure. Condensation forms inside sealed boxes as temperatures fluctuate, and without active thermal management, components degrade rapidly. Proper outdoor APs (IP65 or IP67 rated) are engineered for these conditions from the ground up, with sealed connectors, UV-resistant housings, and operating temperature ranges down to -10°C or lower. The cost saving isn't worth the reliability risk.
How many access points do I need to cover a typical UK office floor?
As a rule of thumb, plan for one AP per 200–300 m² in a standard UK office with plasterboard partitions, or one per 100–150 m² in older buildings with solid brick or concrete walls. An open-plan floor of 500 m² in a modern office building typically needs two to three ceiling-mounted APs for reliable coverage. More importantly, prioritise AP density over AP power — overlapping coverage from multiple units with band steering and load balancing will always outperform a single powerful AP trying to cover the same area.